AI Math Step-by-Step Solver

Yes. This AI math solver is free and works right on this page with no account required: type a problem and get the step-by-step solution. The shared limit is 50 requests per 15 minutes per connection across Scholarly's public tools. Solutions are not saved, so copy what you want to keep.

Type or paste your math problem into the box above, choose a problem type or leave it on auto-detect, and press Solve Problem. The AI returns the steps, the reasoning, a final answer, a check, and similar problems to try.

It is often helpful, but we make no accuracy guarantee. Every step comes from an AI language model on a fast, low-cost tier, not a computer algebra system, and it can make arithmetic or logic mistakes. Its check is written by the same model, so it can miss its own error. Substitute your answer back in or confirm it with a calculator when it matters.

Our solver handles algebra, calculus, geometry, trigonometry, statistics, and linear algebra. You can also let the AI auto-detect the problem type.

It shows the steps. The Show all steps option is on by default, and the solver is asked to label each step, explain the reasoning, and mark the final answer clearly. That is the point of the tool, since seeing the method is what helps with the next problem.

Yes, you can type them in plain language. Include every number and unit, and say what you need to find. The solver starts by identifying the problem type and the formulas it will use, so read that part first: if it misread the setup, every later step will be wrong too.

Yes. You can type derivatives, integrals, and limits, such as the derivative of x^2 + 3x - 4 or the integral of sin(x)cos(x) dx, and either choose Calculus or leave it on auto-detect. You get the rule used at each step and the final answer. For long multi-part problems, send one part at a time so you can check each result.

Yes. Both are options in the problem type menu. Type your data or matrix directly, such as the mean and standard deviation of 4, 8, 6, 5, 3 or the determinant of [[2, 1], [5, 3]]. Keep data sets short, since it works by reasoning through the numbers rather than running statistical software.

Not on this page, which takes typed text only. With a free Scholarly account you can upload a PDF problem set or an image of a problem and ask about it in chat. Free is limited to 1 upload (8 MB, first 32 PDF pages) and 3 chat messages, both lifetime, so choose your question carefully. Paid plans have unlimited uploads and Auto chat.

Plain keyboard notation works: x^2 for exponents, sqrt(x) for square roots, and (x + 1)/(x - 1) for fractions. Use parentheses wherever a fraction or exponent has more than one term, because 1/x + 1 and 1/(x + 1) are different problems.

No. The solver returns written steps and notation, with no plots or graphing. It can describe features of a graph in words, such as intercepts, but use a graphing calculator when you need to see the curve.

You can ask, and it will attempt one in steps. Treat a proof as a draft: a language model can produce an argument that reads well and skips or breaks a step. It is most useful for seeing a possible approach, which you then verify line by line against your course's definitions and theorems.

That depends on your course's rules, so check them first. It works best after you have tried the problem: compare your working with the steps to find where you went off track, then do a similar problem on your own. To have your own written solution reviewed, use the AI Homework Checker.